Cisco Technology, Inc.

Sun Microsystems, Inc.

Krishna Mohan

Tao Wang

Amitava Guha

Raymond J Gilstrap

Dmitry Barsky

Michael V Dvorkin

Chidananda Satya Kumar Patchava

Gregory S Jumper

Steven E Weiss

Chakravarthy Nelluri

Ira K Weiny

Chidananda Sataya Kumar Patchava

Techniques presented herein provide approaches for generating a markup language object that describes a variety of BIOS setup variables and which allow the markup language object to be passed to the management system, as well as allow retrieval of a normalized BIOS from the management system. Doing so allows the management system to be used to easily and efficiently control a large number of server systems within a data center.

Bios parameter virtualization via BIOS configuration profiles

Techniques are provided to redistribute and rebalance power to a plurality of blade servers with a chassis unit. At a chassis management controller device in a chassis unit comprising a plurality of blade server devices, policy information is stored for the chassis unit. The policy information comprises power limit information that indicates a power budget for the chassis unit and blade server priority information that indicates priority for access to power for each of the plurality of blade servers in the chassis unit. Power is distributed to the plurality of blade servers based on the blade server priority information for each of the plurality of blade servers and the power limit information for the chassis unit. The actual power consumption of each of the plurality of blade servers is determined and power is redistributed to the plurality of blade servers based on the actual power consumption and the policy information.

Dynamic power balancing among blade servers in a chassis

A method includes interfacing with a field replaceable unit (FRU) having a memory device configured to store a FRUID image including at least status data. The status data is extracted from the memory device. Repair information associated with a repair of the field replaceable unit is received. The repair information is stored in the memory device. A system includes a field replaceable unit (FRU) and a FRU tool. The FRU includes a memory device configured to store a FRUID image including at least status data. The FRU tool is configured to interface with the FRU, extract the status data from the memory device, receive repair information associated with a repair of the field replaceable unit, and store the repair information in the memory device.

Field replaceable unit (FRU) identification system tool

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Fremont, CA, United States of America

Krishna Mohan